tinning

简明释义

英[ˈtɪnɪŋ]美[ˈtɪnɪŋ]

n. 镀锡；罐头包装法

v. 镀锡；装罐（tin 的 ing 形式）

n. （Tinning）人名；（英）廷宁

英英释义

单词用法

同义词

反义词

例句

1.The company was founded in 1996, is a manufacturer of wire drawing machine, annealing tinning machine, wire machine, extrusion machines and other electrical equipment, specialized production factory.

公司创建于1996年，是一家生产拉丝机、退火镀锡机、绞线机、押出机等多种电工设备的专业生产厂家。

2.Company in early 2007 the focus of research induction annealing tinning machine, power-saving rate and old-fashioned electric wire annealing machine compared to up to 70%.

公司于2007年初重点攻关感应式退火镀锡机，节电率和老式电热丝退火机相比最高达70%。

3.The invention relates to a magnesium or magnesium alloy surface hot-dip tinning or tin base alloy method, belonging to the magnesium alloy surface treatment field.

本发明涉及一种镁或镁合金表面热浸镀锡及锡基合金的方法，属于镁合金表面处理领域。

4.High productivity, short changeover times, user-friendly operation and a wide range of processing capabilities from cutting, stripping and crimping to sealing, twisting, tinning and printing.

高生产力、短更换时间、用户易操作和广泛的处理能力如切割、剥皮、压接、穿防水栓、扭线和印记。

5.The company was founded in 1996, is a manufacturer of wire drawing machine, annealing tinning machine, wire machine, extrusion machines and other electrical equipment, specialized production factory.

公司创建于1996年，是一家生产拉丝机、退火镀锡机、绞线机、押出机等多种电工设备的专业生产厂家。

6.Normal production of the electrolytic tinning line at Baoshan Iron & Steel Co. Ltd. was restrained to some extent by short service life of the reflow conduct roll and frequent rush repairs.

宝钢电镀锡机组软熔导电辊使用寿命短，抢修频繁，一定程度上制约了机组的正常生产。

7.Practice proves that soft melting system is running stably, function is reliable, control accuracy is high, meets the need of production process and improves yield and quality of tinning strip.

实践证明，该软熔系统运行稳定，性能可靠，控制精度高，完全满足了生产工艺的要求，提高了镀锡带钢的产品质量和产量。

8.The proper tension control method, precise and distribution are greatly needed for 1420 Electrolyte Tinning Line (ETL) of Baosteel when extreme-dimensioned production is being produced.

宝钢1420电镀锡机组在高速生产极限规格产品时，对中央段张力的控制方式、控制精度以及分布情况有严格的要求。

9.Tin thickness closed-loop control for tinning line, a kind of typical non-linear complex system with large time delay, is discussed.

武钢冷轧厂电镀锡线锡层厚度无模型自适应（FMA）控制系统是专门为了解决大滞后时变的非线性复杂系统控制难题而研制设计的。

10.Before soldering, make sure to apply tinning to the wires for better conductivity.

在焊接之前，确保对电线进行镀锡以提高导电性。

11.The tinning process is essential in preparing metal parts for assembly.

镀锡过程在准备金属部件进行组装时至关重要。

12.The process of tinning involves coating the metal with a layer of tin to prevent corrosion.

镀锡的过程涉及用一层锡涂覆金属以防止腐蚀。

13.The electronics technician demonstrated the tinning technique on the circuit board.

电子技术员在电路板上演示了镀锡技术。

14.Using a flux during tinning helps the tin to adhere better to the surface.

在镀锡过程中使用助焊剂可以帮助锡更好地附着在表面。

作文

Tinning is a process that has been utilized for centuries, primarily in the field of metallurgy and food preservation. The term refers to the application of a thin layer of tin onto a metal surface, which serves multiple purposes. One of the most common uses of tinning (镀锡) is in the creation of tin cans, which are widely used for packaging food items. This process not only enhances the aesthetic appeal of the product but also provides a protective barrier against corrosion and oxidation.Historically, the practice of tinning (镀锡) dates back to ancient civilizations. Archaeological evidence suggests that tin was used as early as 3000 BC in the Middle East. The combination of tin and copper led to the development of bronze, a significant advancement in tool-making and weaponry. Over time, the technique evolved, and by the 19th century, the mass production of tin-coated iron became prevalent, revolutionizing the food industry.In addition to its applications in food preservation, tinning (镀锡) is also crucial in electronics. The process is employed to coat copper wires and components, ensuring they remain conductive while preventing oxidation. This is particularly important in electronic devices where reliability and longevity are paramount. Without tinning (镀锡), electronic connections could degrade over time, leading to failures in devices that we rely on daily.The procedure of tinning (镀锡) involves several steps. Initially, the metal surface is cleaned to remove any impurities that may hinder adhesion. This can be achieved through various methods, including chemical cleaning or abrasive blasting. Once the surface is prepared, it is heated to a specific temperature to facilitate the bonding of the tin layer. The tin can then be applied through different techniques such as dipping, spraying, or electroplating.One of the primary advantages of tinning (镀锡) is its ability to enhance the lifespan of metal products. By providing a protective coating, it prevents rust and deterioration, which can lead to significant economic losses. For manufacturers, investing in tinning (镀锡) processes means producing durable products that withstand the test of time, ultimately benefiting consumers as well.However, there are also challenges associated with tinning (镀锡). The environmental impact of tin mining and processing cannot be overlooked. As with many industrial processes, there is a need for sustainable practices to minimize ecological damage. Additionally, while tin is generally considered safe for food contact, concerns about heavy metal contamination in some cases have prompted discussions about the safety of tinning (镀锡) in food packaging.In conclusion, tinning (镀锡) is a vital process with extensive applications in various industries, particularly in food preservation and electronics. Its historical significance and ongoing relevance underscore the importance of innovation and sustainability in manufacturing practices. As we continue to rely on metal products in our daily lives, understanding processes like tinning (镀锡) helps us appreciate the craftsmanship and technology behind the items we often take for granted.

镀锡是一个已经被利用了几个世纪的过程，主要应用于冶金和食品保存领域。这个术语指的是在金属表面上涂上一层薄薄的锡，这个过程有多种用途。其中最常见的用途之一是制造锡罐，这些罐子广泛用于包装食品。这一过程不仅增强了产品的美观，还提供了防止腐蚀和氧化的保护屏障。历史上，镀锡的做法可以追溯到古代文明。考古证据表明，锡在公元前3000年就已在中东地区使用。锡与铜的结合导致了青铜的发展，这是工具制作和武器制造的重要进步。随着时间的推移，这一技术逐渐演变，到19世纪，镀锡铁的批量生产变得普遍，彻底改变了食品工业。除了在食品保存中的应用，镀锡在电子学中也至关重要。该过程用于涂覆铜线和组件，确保它们保持导电性，同时防止氧化。这在我们日常依赖的电子设备中尤为重要，因为可靠性和耐用性至关重要。如果没有镀锡，电子连接可能会随着时间的推移而退化，导致设备故障。镀锡的过程涉及几个步骤。首先，金属表面需要清洁，以去除任何可能妨碍附着的杂质。这可以通过化学清洁或磨料喷射等各种方法实现。表面准备好后，需要加热到特定温度，以促进锡层的结合。然后，可以通过浸渍、喷涂或电镀等不同技术来应用锡。镀锡的主要优点之一是能够延长金属产品的使用寿命。通过提供保护涂层，它可以防止生锈和退化，从而避免重大的经济损失。对于制造商而言，投资于镀锡过程意味着生产出耐用的产品，这些产品经得起时间的考验，最终也使消费者受益。然而，镀锡也面临一些挑战。锡的开采和加工对环境的影响不容忽视。与许多工业过程一样，需要采取可持续的做法，以尽量减少生态损害。此外，虽然锡通常被认为是安全的食品接触材料，但在某些情况下关于重金属污染的担忧促使人们讨论在食品包装中使用镀锡的安全性。总之，镀锡是一个至关重要的过程，在各个行业中有广泛的应用，尤其是在食品保存和电子学中。它的历史意义和持续相关性突显了创新和可持续制造实践的重要性。随着我们继续依赖金属产品在日常生活中，理解像镀锡这样的过程有助于我们欣赏我们常常视为理所当然的物品背后的工艺和技术。